The invention discloses automobile intelligent station parking stops which include at least two parallel parking stops. Each parking stop is of a circular disc structure, wherein parking spaces are uniformly distributed on the parking stop in the circumferential direction. A first working area is arranged between the two adjacent parking stops. A second working area is arranged at the rear ends ofthe parking stops. The front ends of the parking stops are connected with automobile inlet platforms correspondingly. The left side of the parking stop on the left side and the right side of the parking stop on the right side are connected with automobile outlet platforms correspondingly. The heights of the parking stops are larger than those of the automobile inlet platforms and the automobile outlet platforms. A first station is arranged on the first working area, and a second station is arranged on the second working area. A control console used for controlling forward and backward rotation of a rotary motor is further arranged in the position, located at the front end of the first station, of the first working area, and work staff can perform efficient operation in situ.